The Stryker Lucas 3 Compression System revolutionizes emergency care. It ensures consistent, uninterrupted chest compressions during CPR. This device lets EMTs deliver high-quality care. It avoids the strain and fatigue of manual compressions. Its secure mounting system protects the device and responders. This enables safer and more efficient resuscitation efforts. The Lucas Compression System is vital in modern emergency care. Its reliability and practicality ensure this.
Lucas 3: The Importance of Proper Mounting in Emergency Vehicles
Mounting the Stryker Lucas Compression System in an emergency vehicle is vital. It ensures safety and performance. A secure mount keeps the device stable and accessible for urgent situations. A reliable mount from a trusted maker is vital. It must stay safe and ready to save lives when it matters most.
Securing the Lucas Compression System is vital. It protects your investment in critical care equipment. Proper mounting protects the device from impacts and drops. It keeps it functional during emergencies. The system is durable and reliable. But, taking precautions and maintaining it can prolong its lifespan. It will also reduce downtime from avoidable repairs.
Key Features LUCAS 3 v3.1
Deploy easily and quickly.
- Low-profile backplate for fast, efficient patient applications
- A spacious support structure accommodates larger patients.
- In clinical use, there is a median 7-second interruption time when switching from manual to mechanical CPR.
- Straps secure the patient’s arms and the device during transport.
Configure your protocols.
- Use wireless LIFENET to set the compression rate, depth, ratio, and alerts to your protocols.
- Adjustable ventilation alerts, pause lengths, and counts.
- Timer to remind of rhythm and pulse checks.
- Set auto-lowering and pressure pad parameters to your preferences.
Easily access and share post-event data
- Make QI/QA documentation faster and easier with emailed post-event reports
- Connect wirelessly via Bluetooth and WiFi to the LIFENET System
- Easy-access LUCAS device data enables productive post-event review
- Integrate with CODE-STAT 11 data review software
Easy to store and carry.
- Battery operation lets the LUCAS 3 go anywhere.
- Easy to use with a simple 1-2-3 user interface.
- The lightweight and compact carrying case includes a window for quick battery checks.
- External power supply enables prolonged operation and charging.
- Easy to clean, with a disposable suction cup on the compression piston.
Make asset management easier.
- Easily confirm device or fleet status via LifeNet connectivity
- Receive battery age notifications and upcoming/missed service
LUCAS 3 v3.1 Specifications
For specs, see the LUCAS 3 v3.1 Data Sheet (GDR 3336665) or the LUCAS 3 v3.1 Instructions for Use.
- Rate: 102 ± 2 compressions per minute
- Depth: 2.1 ± 0.1 inches / 53 ± 2 mm*
- Compression duty cycle: 50 ± 5%
- ACTIVE 30:2 mode: 30:2 compression to ventilation ratio
- ACTIVE Continuous mode
- Ventilation alerts and pauses
The listed specifications reflect factory default settings for standard patients. The LUCAS 3 v3.1 setup options let you customize compression rate, depth, ventilation alerts, and pauses within specified ranges. Additional features include an optional audible timer, device data reporting, and Wi-Fi connectivity. For patients with a sternum height under 7.3 inches (185 mm), the device supports compressions of 1.5 to 2.1 inches (40 to 53 mm).
- Assembled (HxWxD): 22.0 x 20.5 x 9.4 inches / 56 x 52 x 24 cm
- In carrying case (HxWxD): 22.8 x 13.0 x 10.2 inches / 58 x 33 x 26 cm
Weight
- Device with Battery (no straps): 17.7 lbs / 8.0 kg
- Battery: 1.3 lbs / 0.6 kg
Environment
- Operating temperature: +32°F to +104°F / +0°C to +40°C; -4°F / -20°C for 1 hour after storage at room temperature.
- Storage temperature: -4°F to +158°F / -20°C to +70°C
- Device IP classification (IEC 60529): IP 43
Eligible patients
- No patient weight limitation.
- Chest height: 6.7 to 11.9 inches / 17.0 to 30.3 cm
- Most chest width: 17.7 inches / 44.9 cm
Power specs: Power source: Proprietary battery, external power supply, or car cable. Battery.
- Type: Rechargeable Lithium-ion Polymer (LiPo)
- Capacity: 3300 mAh (typical), 86 Wh
- Voltage (nominal): 25.9 V
- Run time (nominal patient): 45 minutes (typical). Extended run time (connecting to an external power supply).
- Service life: Recommendation to replace the battery every 3 to 4 years or after 200 uses.
Power supply
- Input: 100-240VAC, 50/60Hz, 2.3A, Class II
- Output: 24VDC, 4.2A
- Car power cable: 12-28VDC/0-10A
- Charging (at room temperature, +72°F / +22°C) Using external power supply:
- Less than two hours
- Using an external battery charger:
- Less than four hours
How does the Stryker Lucas 3 v3.1 work?
The LUCAS device delivers automated, guideline-compliant CPR. It ensures high-quality chest compressions. Research shows it can improve patient outcomes. Studies show it boosts brain blood flow and raises EtCO2 more than manual compressions. This highlights its effectiveness in critical situations.
CPR quality
- It delivers high-quality chest compressions. They are at the right rate and depth. It allows for chest recoil. They follow the guidelines.
- Fewer interruptions, compared to manual CPR, lead to better results.1,2 They increase blood flow to the brain.3,4
- Higher EtCO2 values, compared to manual CPR, are indicative of a higher chance of ROSC.
Operational efficiencies
- It calms the event and reduces stress. It does this by eliminating the need to manage a compression rotation schedule.
- It frees up caregivers to focus on other tasks.
- Utilizes data integration capabilities to enhance post-event analysis and quality improvement efforts.
Bridge to care
- Overcomes caregiver fatigue by providing guidelines-consistent chest compressions for many hours, if required.
- Allows for hands-free, high-quality chest compressions during transport.
- Extends the reach of care and provides for treating the underlying cause during CPR (e.g., ECMO/PCI).
Safety
- Rescuers can avoid dangerous situations when doing CPR during transport.
- Potential to reduce CPR-related injuries to the CPR provider.
- Reduces X-ray exposure of CPR provider during PCI. * When using many batteries or an external power source. The battery typically lasts for 45 minutes of operation.
How to Use Stryker Lucas 3 v3.1
Benefits of the Stryker Lucas 3 v3.1
The LUCAS device improves emergency care. It gives chest compressions while transporting to advanced treatments, like ECMO or PCI. It improves provider safety by reducing fatigue. It lets caregivers stay seated and secured during transit. The device helps teams focus on the patient. It does this by streamlining operations and maintaining a calm environment. It is vital in critical situations.
Help keep your team safe.
The LUCAS device boosts caregiver safety. It enables secure patient transport, cuts X-ray exposure, and reduces strain. It delivers high-quality chest compressions, no matter the surface or movement. This allows providers to work with greater efficiency and safety in harsh conditions.
Bridge to definitive care
The LUCAS device provides consistent chest compressions per medical guidelines. It ensures prolonged support for patients needing advanced lifesaving therapies. It enables access to ECMO/ECPR for those who don’t respond to standard CPR and defibrillation. It offers critical help in tough resuscitation cases.
Improve CPR quality.
The LUCAS device gives high-quality, guideline-compliant chest compressions. This improves patient outcomes. It also reduces caregiver fatigue and the risk of CPR injuries. Research shows it boosts brain blood flow. It raises EtCO2 levels above those of manual compressions. This ensures effective care in critical situations.
Enhance team efficiency.
The LUCAS device helps stabilize chaotic situations. This lets caregivers focus on critical decisions and life-saving actions. High-quality CPR lets providers focus on urgent care and accurate diagnoses. It also helps them treat underlying conditions.
FAQs
What is the Lucas 3 compression system used for?
The Lucas 3 compression system automates guideline-consistent chest compressions in CPR. It ensures high-quality, uninterrupted compressions to improve outcomes in cardiac arrest.
How does the Lucas device improve patient outcomes?
The Lucas device delivers steady compressions. It boosts blood flow to vital organs, including the brain and heart. Studies show it raises etCO2 levels more than manual CPR. This boosts survival and recovery rates.
Can healthcare providers use the LUCAS device during patient transport?
Yes, the Lucas 3 is specifically designed to perform efficiently during transport. It is stable on various surfaces. This lowers the risks of manual CPR. It allows for uninterrupted compressions on the way to advanced treatment.
Is the Lucas 3 suitable for all patients?
The Lucas 3 compression system is adjustable. It can fit a wide range of patient sizes. Yet, it is most effective for patients with a sternum height greater than 7.3 inches (185 mm). For more minor patients, caregivers must apply the proper settings.
How does the device help caregivers?
The Lucas device automates chest compressions. It cuts caregiver fatigue and the risk of CPR-related injuries. It allows providers to focus on diagnosing and treating the patient.
What advanced interventions does the Lucas 3 support?
The Lucas device helps save lives. It supports advanced therapies like ECMO and ECPR. It ensures uninterrupted compressions during these critical procedures.
Conclusion
In conclusion, the LUCAS 3 Compression System is a game changer in emergency care. It delivers consistent, high-quality chest compressions that align with medical guidelines. It addresses key issues in resuscitation. It boosts patient outcomes, lowers caregiver fatigue, and allows life-saving interventions. The LUCAS 3 is a reliable, efficient tool for healthcare providers. It performs well in the most demanding situations. Its innovative features and proven effectiveness are key to modern emergency response.
